baber/WOPTO huggingface dataset:
Patent MA-61702-A1 (MA)
Title: Système satellite et véhicule de lancement combiné
Inventor: SHAH KHADRI SYED PEER MOHAMED
IPC: B64G1/00
Filed: 2021-12-15
Abstract: La présente invention concerne un système satellite et véhicule de lancement combiné. Plus spécifiquement, l'invention concerne le satellite combiné à l'étage supérieur du véhicule de lancement pour fournir un système plus efficace qui comprend une technologie de séparation de réservoir qui permet au système de satellite de détacher les réservoirs qui ont épuisé tout le propergol stocké dans ceux-ci. La séparation du procédé de l'ensemble réservoir est permise par l'utilisation d'un système de séparation de type pneumatique ou collier de serrage marman ; les trois réservoirs inférieurs (105) sont vidés en premier (202) pendant le processus, suivi de la séparation des réservoirs vidés (203), le carburant étant complètement rempli dans le second ensemble de réservoirs (203). La première paire de réservoirs (103) est ensuite séparée après que le carburant a été vidé (204). De la même façon, la tuyauterie (106) est également séparée avec elle. La séparation des composants utilisés est réalisée ici (205) et le satellite est prêt pour une insertion en orbite (206).
Patent UY-24400-A1 (UY)
Title: Vidrios recubiertos por deposición catódica que reflejan los rayos infrarrojos, durables, tratables térmicamente, adaptables y un método para fabricar los mismos
Inventor: HARTIG KLAUS;
IPC: C23C14/18
Filed: 1996-12-12
Abstract: La misma se refiere a un sistema de capas recubiertas por sublimación o deposición catódica, que incluye una capa de níquel o de aleación de níquel sin nitruros y no oxidada, localizada entre dos capas de Si3N4 de los grosores requeridos y utilizado para substratos de vidrio arquitectónicos y automotrices. El mismo permite ser tratable térmicamente y le confiere características de delta E suficientemente bajas para hacer a los productos adaptables o comparables como entre los productos tratados térmicamente que tienen el mismo recubrimiento sobre el mismo.
Patent UY-27679-A1 (UY)
Title: Ambroxol para el tratamiento de estados dolorosos en la cavidad bucal y faríngea.
Inventor: ANKE ESPERESTER
IPC: A61K31/56
Filed: 2003-02-25
Abstract: La invención se refiere a la utilización de ambroxol y sus sales farmacológicamente compartibles para la preparación de un medicamento para el tratamiento de estados dolorosos en la cavidad bucal y faríngea.
Patent UY-28407-A1 (UY)
Title: Agentes terapeuticos
Inventor: HOLM PATRIK
IPC: C07D403/06
Filed: 2004-07-09
Abstract: La presente invención se refiere a ciertos compuestos novedosos de fórmula I: a procedimientos para la preparación de dichos compuesots, a su utilización en la modulación de los receptores de hormonas nucleares tales como el Receptor Hepático X (LXR), a (NR1H3) y/o b (NR1H2) y en el tratamiento y/o prevención de condiciones cínicas inclusive enfermedades cardiovasculares tales como la ateroesclerosis, enfermedades inflamatorias, mal del Alzheimer, trastornos lipídicos (dislipidemias) vinculados o no vinculados a la resistencia a la insulina, diabetes tipo 2 y otras manifestaciones del síndrome metabólico, a métodos para su uso terapéutico y a composiciones farmacéuticas que los contienen.
Patent UY-28595-A1 (UY)
Title: Sistema de detección rápida de obstrucciones para bomba de jeringa
Inventor: POPE BRIAN
IPC: A61M5/168
Filed: 2004-11-03
Abstract: Aparato, método y programa que detecta una obstrucción en una tubería de fluido (22) determinando si una relación entre mediciones de fuerza se aparta de la relación esperada.
Patent AT-515349-A1 (AT)
Title: Verfahren zur Herstellung eines Anzündersockels
Inventor: BAUER CHRISTIAN
IPC: F42B3/198
Filed: 2014-01-30
Abstract: Es wird Verfahren zur Herstellung eines Anzündersockels (1) für pyrotechnische Systeme vorgeschlagen, umfassend die folgenden Schritte: - einen Prägeschritt, bei welchem eine Außenkontur eines Grundkörpers (2) des Anzündersockels (1) unter Ausbildung einer Zylindermantelfläche (3) und einer an der Zylindermantelfläche (3) anschließenden Schulter (4) geprägt wird, wobei eine erzeugende Gerade der Zylindermantelfläche (3) parallel zu der Prägerichtung ist, - einen Schabeschritt, bei welchem zumindest die Zylindermantelfläche (3) im Wesentlichen in Richtung der erzeugenden Gerade abgeschabt wird, und - einen Stanzschritt, bei welchem die Schulter (4) entfernt wird.
Patent ES-178540-A1 (ES)
Title: Un mecanismo para escopeta de caza de dos canones
IPC: F41A21/08
Filed: 1947-06-19
Abstract: Un mecanismo para escopeta de caza de dos cañones, con cañones superpuestos o yuxtapuestos, caracterizada porque los tubos gemelos están articulados en la proximidad de la recámara sobre una placa, la cual se denomina placa de rotación y que es, a su vez, solidaria de un bloque de culata deslizante, llevando este bloque de culata un reborde susceptible de encajar en la parte trasera de la recámara y quedando él mismo sujeto en posición por un cerrojo.
Patent ES-182942-A1 (ES)
Title: Perfeccionamientos en los mecanismos estiradores de mechas textiles
Filed: 1948-03-05
Abstract: Perfeccionamientos en los mecanismos estiradores de mechas textiles, con tres o cuatro pares de cilindros cargados todos ellos por medio de un mecanismo de presión accionado por un solo peso, caracterizados porque este mecanismo de presión comprende un balancín que recibe por un punto intermedio la acción de la palanca cargada con el peso, y que se articula por su extremo anterior a un tirante curvo o gancho que carga directamente el par anterior de cilindros o cilindros de salida, y por su extremo posterior se articula a otro tirante, unido a una silleta sencilla o doble que carga los restantes pares de cilindros.
Patent ES-279530-A1 (ES)
Title: Vapor generator
IPC: F22B35/10
Filed: 1962-07-26
Abstract: A forced flow, once through steam boiler operating at subcritical or supercritical pressure has at least two combustion chambers, parallelconnected wall lining tubes of the chambers being connected for series flow of the working medium from chamber to chamber. Thus as shown in Fig. 1 the boiler comprises two units A, B with respective combustion chambers 10A, 10B from which lead flue gas passes 12A, 12B. A feed pump 16 forces water through parallel-connected economizers 22A, 22B disposed one in each pass to a mixing vessel 28 whence the water passes successively through a conduit 30, the tubes lining the chamber 10B, a conduit 32 and the tubes lining the chamber 10A, generated steam flowing through a conduit 34 to parallel-connected superheaters 38A, 38B located one in each of the passes 12A, 12B and thence through a line 42 to a turbine 44. The installation operates with double reheat, the first stage consisting of a reheater section 46 in the pass 12B followed by a larger section in the pass 12A whilst the second stage consists of a single reheater section 56 situated wholly in the pass 12B. The combustion chambers are independently fired by tangential tilting burners 86 and the lining tubes are diametrically finned and welded together to form substantially continuous inner wall surfaces. To protect the tubes if the flow velocity of working medium therethrough falls below a critical value, as may occur at low loads or when starting up, a recirculating system is imposed on the through flow system, the medium being withdrawn from the conduit 34 by a pump 80 which forces it through a non-return valve 82 into the mixing vessel 28. The recirculating pump may alternatively be located in the conduits 30 or 32, a bypass then being provided for the working medium flow during normal operation. Superheat and reheat temperatures are controlled at reduced loads by differentially adjusting the burner tilt in the chambers 10A, 10B. Alternatively control may be effected by recirculation of cooled flue gas to the chambers. At a certain low load further control is obtained by differential firing of the chambers. In a modification, Fig. 9 (not shown) sections of the superheater are located in each gas pass and are serially connected whilst the first and second stage reheaters each consist of single sections located one in each pass. Superheat temperature is controlled by attemperation whilst reheat temperature is controlled by adjusting burner tilt or by gas recirculation and then by differential firing of the burners. In a further modification, Fig. 12 (not shown), there is a single stage of reheat the reheater being disposed wholly in the gas pass 12A. The chambers 10A, 10B are differentially fired and burner tilt or gas recirculation used to control reheat temperature.
Patent ES-290655-A1 (ES)
Title: Improved apparatus for producing tubular films
IPC: B29C48/10
Filed: 1963-07-26
Abstract: An apparatus for the production of tubular films by the known " blown tube " process is provided with an annular extrusion die having a cylindrical core 18, Fig. 4 (not shown), whose peripheral surface has a series of circumferential ribs 19, 191 projecting into the duct (of annular cross-section) through which the heated film-forming material is forced to the annular extrusion orifice. The extruded tubing is inflated in the usual manner by introducing air into it at somewhat above atmospheric pressure, while at the same time the tubing is stretched longitudinally and flattened by means of a pair of pinch rolls in the usual manner. The hot extruded tubing is cooled in two separate zones, the first being located immediately after the extrusion die where the tubing undergoes longitudinal stretching and the tubing in this zone being cooled from 160 C. down to 110 C. The second zone is located in the region through which the inflated tubular film is drawn before reaching the converging guide members leading to the drawrolls. In both zones the tubing and tubular film is cooled by directing on to its exterior cooling air from a number of uniformly spaced holes in the inner surface of an annular duct coaxial with the tubing and tubular film. The converging guide members 27 and 271, Fig. 8 (not shown), leading to the draw rolls 29, 291 comprise metal pipes through which cooling water is circulated. The tubular film 23, after having passed through the nip of the draw rolls 29, 291 and being thereby flattened, is passed through a trough of cooling water 31, over a guide roll 30 and two additional guide rolls to winding or drag rollers 36 and 361. Draw rolls 29 and 291 are driven through the infinitely variable speed gear 32 and worm gears 33 which also drive the winding rollers 36 and 361 through chain 35, a second infinitely variable speed gear 34 and chain 37. The flattened tubular film is woundup on the takeup spools 38 and 381 which are in direct contact with the rolls 36 and 361. Optional features of the apparatus which are described with drawings include as suction system for drawingoff any noxious vapours evaporating from the hot freshlyextruded tubing, a closed circuit oilcooling system for the extruder, a device enabling a filter in the extrusion head to be easily changed, a device for automatically controlling the wall thickness of the flattened tubular film, and a device for embossing the flattened tubular film.
Patent ES-295560-A1 (ES)
Title: Improvements in or relating to injection moulding or die-casting machines
IPC: B22D17/14
Filed: 1964-01-21
Abstract: An injection moulding or die casting machine has a mould cavity from which leads an air outlet duct formed in two sections, the first section leading from the mould and being joined to the second section or a channel intermediate the two sections by an acute bend, the duct being closable by a movable closure element having a stop surface located at the acute bend and engageable by material forced from the mould through said first section so as to move the element from its open position into a second position closing the duct. The closure element may be a rotary valve member 13, Fig. 1, which is returnable to the open position by a piston 21, or a slide valve member. In addition to the ejector rods 61, Fig. 5, acting on the casting proper, other ejector pins attached to a plate 45 may operate on the material frozen in the air outlet.
Patent ES-303500-A1 (ES)
Title: Machine for molding bottle carrying cases
IPC: B29C45/26
Filed: 1964-08-27
Abstract: An injection moulding machine comprises a movable platen 103, Fig. 1, carrying a male mould 200, and a stationary platen 102 carrying a female mould 300, and is particularly adapted to mould carrying cases. Fig. 2, whose side walls have ridges 32a, 33a and whose handles have lateral projections 51a, by having parts of the moulds movable normally with respect to the direction of movement of platen 103 to free the ridges 32a, 33a and projections 51a subsequent to moulding. The male mould (200), Figs. 14 and 17 (not shown), comprises a main block (230) with pocket-forming projections (231) and (233) and two wedge sections (250) having recesses (254) which allow formation of the handle projections 51a. The female mould comprises a bottom block (320), Figs. 13 and 18 (not shown), and side blocks (330), (340) which are undercut at (333) to provide the ridges 32a, 33a and are movable away from each other and bottom block (320) when pins (370) are moved to the left to release the ridges, and are provided with spring-loaded rods (336) which return them to the moulding position when pins (370) are withdrawn. In operation, platen 103, Fig. 1, is moved to mate mould 200 with mould 300 and synthetic thermoplastic resin, e.g. high density polyethylene, fed from a hopper 121 to a chamber 125, is conveyed by an hydraulically operated plunger 140 to an electrical heater 130 and thence when molten through a sprue hole (403), Fig. 13 (not shown), past heaters (422), (423) in passages (412-415) to the mould cavity via injection orifices in bottom block (320). The moulds are cooled by liquid flowing through passages, such as at (353) and when the resin has sufficiently hardened, platen (103) is retracted and therewith the male mould. An ejector plate (210), Fig. 17 (not shown), to which the wedges (250) are attached, is, however, maintained stationary with respect to the female mould so that by the co-operation of guide members (252) on the wedges with T- shaped slots (251) in block (230), the wedges are separated to release the handle. During this stage the carrying case is supported peripherally by ejector bars (240), see also Fig. 14 (not reproduced), and a pin (261) which grips the handle within a groove (262), both the bars and the pin being mounted on ejector plate (210). On further retraction of platen 103, ejector plate (210) and therewith wedges (250), bars (240) and pin (261) are also retracted and a frame (360), Fig. 11 (not shown), which carries pins (370) is moved to the left by co-operation of studs (376) with slotted bars (371) to cause separation of blocks (330) and (340), thereby releasing the carrying case from the female mould.
Patent ES-317710-A1 (ES)
Title: Process and apparatus for making shaped cellular articles from expandable thermoplastic resins
IPC: C08J9/14
Filed: 1965-09-22
Abstract: A shaped cellular thermoplastic article is formed by feeding granules of an expandable thermoplastic material into a mould chamber which defines the shape of the article at a temperature below the softening point of the thermoplastic material, heating the granules to 5-10 DEG F. above the softening point of the thermoplastic material by means of high-frequency electrical energy, allowing the heated particles to expand and fuse together under a vacuum of from 15 to 30 inches of mercury and, thereafter, removing the shaped article from the mould. If desired the expanded contents of the mould may be allowed to cool under vacuum and then cooled completely with air under pressure before discharging the mould. Preferred expandable thermoplastic materials, with high power-loss factor, are homo-polymers of styrene containing up to 10% of wood flour or walnut shell flour or copolymers of styrene with, for example, tri-methylol-propane monoallyl ether. Polystyrene, polyethylene, polypropylene, poly(alkyl - substituted - styrene), polyacrylic esters, polymethacrylic esters and copolymers of styrene with a -methyl-styrene or alkyl - substituted - styrene may be used in conjunction with a coating of a high power-loss factor material.
Patent ES-342442-A1 (ES)
Title: Rotary pumps
IPC: F04C2/344
Filed: 1967-06-28
Abstract: A rotary pump having a cylindrical rotor 6, Fig. 2, rotatably mounted in an eccentric bore 4a in a pump casing 4 includes radially extending slots 7 mounting movable valve elements 10 urged outwardly by centrifugal force into sealing engagement with the bore 4a to divide a crescentshaped space between the rotor and bore into suction and pressure chambers and permit fluidflow from a pressure chamber radially inwards into an axial discharge duct 19 in the rotor shaft 3 irrespective of direction of rotor rotation and to prevent flow in the opposite direction. The minor dimension of each valve element is less than the width of its slot to permit tilting of the element and passage of the fluid. Instead of the elliptical cross-section valve elements shown, the valve elements may be pear-shaped in crosssection with the larger end of the pear engaging the bore 4a or consist of a pair of rollers of different diameters with the smaller roller engaging the bore 4a.
Patent ES-344283-A1 (ES)
Title: Process and means for treating textile fibres
IPC: D01H5/02
Filed: 1967-08-21
Abstract: The feed rollers 6 or equivalent devices of a gilling apparatus have pinned surfaces, the faller gills 8 moving in a path between the pinned rollers and delivery rollers 9, 10 which positively nip the sliver of fibres at a speed considerably greater than that at which the fibres (e.g. greasy wool) are forwarded by the pinned rollers and slower than the rate of delivery by the delivery rollers. Preferably a clearer comb 12 having spaced teeth 13 which pass freely between pins 7 is caused to oscillate about pivot support 16 to assist in the withdrawal of fibres off the pins. An oscillating clearer blade 19 may be provided adjacent the pins 8X of faller bars 8 as they retract from the material, the blade being located at its lower end between two fixed rails 21 and being mounted at 20 on a yieldable conductor guide 18.
Patent ES-346373-A1 (ES)
Title: Granular electrically insulating material of magnesia and fused zircon
IPC: H01B3/02
Filed: 1967-10-24
Abstract: An electrically insulating refractory material comprises a mixture of particulate fused MgO with from 0À5 to 8% by weight of a particulate mixture of crystalline zirconia and glassy silica, the zirconia and silica preferably being approximately equimolar. The. zirconia and silica may be produced by fusing zircon ZrSiO 4 then cooling. The fused zircon preferably passes through a 100 mesh sieve (U.S. Series) with preferably at least 20% passing through a 325 mesh sieve. It is preferred that the particle size of the fused zircon is no larger than the maximum particle size of the MgO. The insulating material is typically heated to 900 C.
Patent ES-356487-A1 (ES)
Title: Antibacterial composition containing (-) (cis-1 2-epoxypropyl) phosphoric acid
IPC: C12P17/02
Filed: 1968-07-24
Abstract: The invention comprises a broad spectrum antibiotic, antibiotic 833A or (-)(cis-1,2-epoxypropyl)-phosphonic acid of formula and salts thereof. Salts are formed with the alkali and alkaline earth metals, aluminium, silver and iron and with organic bases such as [alpha]-phenylethylamine, diethylamine, quinine, brucine, lysine, protamine, arginine, procaine, ethanolamine, morphine, benzylamine, ethylenediamine, N,N1 - dibenzylethylenediamine, diethanolamine, piperazine, dimethylaminoethanol, 2 - amino - 2 - methyl - 1 - propanol, theophylline, N-methylglucamine and esters of amino acids also with erythromycin, oleandomycin and novobiocin. The salts may be mono-, di- or mixed salts. Antibiotic 833A is produced by growing in an aqueous nutrient medium under aerobic conditions Streptomyces fradiae MA-2898 (ATCC 21096 NRRL B-3357), MA-2911 (ATCC 21097 NRRL B-3358), MA-2912 (ATCC 2198 NRRL B-3359), MA- 2913 (ATCC 21099 NRRL B-3360) MA- 2915 (NRRL-3417) Streptomyces viridochromogenes MA-2867 (NRRL 3414), MA-3270 (NRRL 3427), MA-2903 (NRRL 3413), MA-2916 (ATCC 21240 NRRL 3415), MA-2917 (NRRL 3416), or Streptomyces wedmorensis MA-3269 (ATCC 21239 NRRL 3426). The antibiotic is isolated from the clarified broth by adsorption on a strongly basic anion exchange resin (quaternary ammonium groups attached to a styrene divinyl benzene polymer lattice) at pH 5À0, followed by elution with aqueous or aqueous alcoholic solutions of salts such as NH 4 Cl, NaCl and CH 3 COONa. Further purification is by (A) passage through a bed of polyacrylamide gel of pore size allowing fractionation of substances having molecular weights between 200 and 2000 (B) treatment with a strongly acidic cation exchange resin of the sulphonic acid type having a styrene divinylbenzene matrix and developing with water (C) adsorption on alumina followed by elution with aqueous or aqueous alcoholic NH 4 OH at pH 11À2 (D) dissolving in methanol adding n-butanol, evaporating off the methanol, filtering and removing the solvent. The antibiotic and its salts are used in pharmaceutical and veterinary compositions and as a general disinfectant for industrial purposes (see Division A5).
Patent ES-361702-A1 (ES)
Title: Dihydroorotic and Salts
IPC: A61K31/505
Filed: 1968-12-20
Abstract: Pharmaceutical compositions comprise at least one salt of dihydro-orotic acid with a primary, secondary or tertiary aliphatic amine containing at least one other hydrophilic group selected from hydroxy, esterified hydroxy, carboxy, amino or carbamoyl, in the molecule together with a pharmaceutical carrier or diluent and optionally vitamins, minerals, amino acids or enzymes. They may be administered orally, rectally, parenterally or topically and are used to improve the flow of blood through the capillaries and vascular system as well as to improve the depth of sleep, level of depression and exhaustion and alertness.
Patent ES-362660-A1 (ES)
Title: Tube-Bending Process
IPC: B21C37/28
Filed: 1969-01-18
Abstract: A tube bending process is characterized in that a straight tube to be bent is filled with a compact material 19, e.g. resin, sand, lead or metal alloy, one end of the tube is inwardly swaged at 20 and this end is placed in the rectilinear portion 5 of a channel 4 in a shaping die 2 which channel also has an elbowed portion 6 and the tube is pushed into the die by means of an hydraulic jack 14 whilst the end of the tube remote from the jack is subjected to fluid pressure which lubricates the tube in the die whilst it is being bent. The elbowed portion of the die is connected to a tank 9 containing oil having molybdenum particles in suspension and a pump 10 delivers the oil under a predetermined pressure to the elbowed portion 6. As the tube is pushed through the die the lubricant. escapes partly between the tube wall and the die to ensure adequate lubrication. This leakage is arrested by a packing gland into the end of the die adjacent the jack. An antifriction member 25, Fig. 4, may be bolted to the leading end of the tube to act as a guide. Tubes of hard metals, e.g. molybdenum stainless steel, cobalt steel, tungsten and titanium may be bent by this process and also very thin walled tubes of nickel zirconium and phosphor bronze.
Patent ES-369401-A1 (ES)
Title: Improvements in or relating to pesticidal compositions
IPC: C09K23/00
Filed: 1969-07-11
Abstract: Dispersing agent compositions for use in making dispersions of pesticides (see Group A5) comprise an animal protein, a hydrophobic dispersing agent and optionally an inert carrier. The protein may be albumin, gelatin, casein, salts of casein. The hydrophobic dispersing agent may be calcium dodecylbenzene sulfonate, hexadecanol and Atlox (R.T.M.). The carrier material may be sodium bicarbonate or kaolin. The dispersions may also contain a non-ionic dispersing agent, for example an adduct of ethylene oxide and an alkyl phenol or a partial ester of sorbitan.